Wind parameters are directly extracted from marine SAR images by deducing wind stress intensity from a model of pixel statistics, and wind vector at 10 m height from spectral analysis of the mesoscale turbulence present in the stress signature
The spatial structure of the atmospheric surface layer over the sea has been investigated through a ...
Synthetic aperture radar (SAR) yields high resolution two dimensional images of the radar backscatte...
Sea surface wind field variations are associated with the interaction between ocean surface and atmo...
Wind parameters are directly extracted from marine SAR images by deducing wind stress intensity from...
A recently improved model capable of extracting the wind field from SAR imagery without the aid of «...
Two SAR marine images taken one hour and half apart over the same Western Mediterranean area are use...
The wind stress in the marine surface layer under unstable conditions and low wind speed has been st...
Proceedings of the second international Conference on EuroGOOS, Rome, Italy, 11–13 March 1999Interna...
In this study we show how satellite images taken by space-borne radar sensors can be used to determi...
International audienceSea surface wind is a key parameter in the studies of many oceanic application...
Wind vector fields are currently available from different sources at mesoscale resolutions (2 km to ...
An experiment whose aim is the retrieval of surface wind fields from SAR imagery coupled to a high r...
Since several years the Synthetic Aperture Radar (SAR) is used as a reliable tool for sea surface ob...
This paper addresses the reconstruction of high-resolution (HR) sea surface wind fields (typically, ...
This data is a two-dimensional sea surface SAR simulation, obtained through wave spectrum simulation...
The spatial structure of the atmospheric surface layer over the sea has been investigated through a ...
Synthetic aperture radar (SAR) yields high resolution two dimensional images of the radar backscatte...
Sea surface wind field variations are associated with the interaction between ocean surface and atmo...
Wind parameters are directly extracted from marine SAR images by deducing wind stress intensity from...
A recently improved model capable of extracting the wind field from SAR imagery without the aid of «...
Two SAR marine images taken one hour and half apart over the same Western Mediterranean area are use...
The wind stress in the marine surface layer under unstable conditions and low wind speed has been st...
Proceedings of the second international Conference on EuroGOOS, Rome, Italy, 11–13 March 1999Interna...
In this study we show how satellite images taken by space-borne radar sensors can be used to determi...
International audienceSea surface wind is a key parameter in the studies of many oceanic application...
Wind vector fields are currently available from different sources at mesoscale resolutions (2 km to ...
An experiment whose aim is the retrieval of surface wind fields from SAR imagery coupled to a high r...
Since several years the Synthetic Aperture Radar (SAR) is used as a reliable tool for sea surface ob...
This paper addresses the reconstruction of high-resolution (HR) sea surface wind fields (typically, ...
This data is a two-dimensional sea surface SAR simulation, obtained through wave spectrum simulation...
The spatial structure of the atmospheric surface layer over the sea has been investigated through a ...
Synthetic aperture radar (SAR) yields high resolution two dimensional images of the radar backscatte...
Sea surface wind field variations are associated with the interaction between ocean surface and atmo...
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